Laserax works with the world’s leading manufacturers to implement automated laser cleaning, welding, texturing, and marking solutions. Providing turnkey machines and OEM systems, the driving force behind Laserax is the desire to push the limits of laser technology and establish new standards in the industry.
Innovative Processes
Inline Solutions
Guaranteed Safety
Our laser cleaning machines are complete solutions with fume extraction, laser safety, performance optimization, and more. They are ready for robot lines, conveyor lines, or manual loading by operators. In high-volume production lines, they provide a high return on investment and achieve superior cleaning and texturing quality.
Class-1 certified, our laser marking machines are complete solutions ready for robots, conveyors, or manual loading. Each machine is designed to address specific challenges, whether you need to minimize the impact on cycle time, mark multiple parts, minimize the machine’s footprint, or manage part positioning variations.
Designed for battery welding applications, our laser welding machines can be used for R&D or full-scale production. They are powered by continuous wave lasers of up to 2000W, enabling high-speed welding for both cylindrical and prismatic battery pack designs.
Our laser cleaning systems are designed for automated and semi automated production lines. Offering up to 3kW, they provide the speed and precision needed for short cycle times. They can clean and texture surfaces in a single operation, and process moving parts with no impact on quality.
Our OEM laser markers come with a wide range of options to make sure they meet your requirements. Ranging from 20W to 500W, they can mark at high speed and operate in a large marking field. When you contact us, our application specialists will make sure to capture all your requirements, including lead times and AIM-DPM specifications.
Laserax offers laser marking solutions to permanently mark parts for identification and traceability. When benchmarked, our lasers provide the fastest marking speeds, making them the first choice to prevent bottlenecks. We also offer various options to optimize marking quality and have developed unique processes that protect codes from surface treatments.
Our laser cleaning solutions are used to remove a range of contaminants from metal surfaces such as rust, oxide, paint, and electrolyte. As contaminants are vaporized with perfect repeatability, the metal underneath is left intact. We offer up to 3kW of power to make sure the cleaning speed is as fast as required.
Laserax offers laser solutions to modify the texture and roughness of metal surfaces, preparing them for operations like adhesive bonding, thermal spray coating, and laser cladding. The process is fast, easy to automate, and creates a uniform texture. Surfaces can be cleaned and textured at the same time to prepare them in a single step.
Laserax offers solutions to automate laser welding for batteries, making sure the thousands of welds in battery packs, modules, and cells are done with speed and precision. Our battery welding solutions work with cylindrical and prismatic cells.
Solar energy is booming, and solar panel manufacturing is at the heart of this revolution. In this article, we’ll explore how solar panels are made and the biggest challenges faced within the solar energy supply chain. We’ll also cover recent improvements and opportunities to overcome these challenges, including laser technology.
When bonding, coating, painting, printing or sealing, most manufacturers eventually experience adhesion failure, corrosion protection issues, or structural weaknesses. In this article, we will explain what surface treatment is and describe its benefits for various applications. We will also guide you in choosing among today’s 10 most common surface treatment methods.
Removing surface contaminants is an essential step that directly impacts the performance and durability of materials and components. Understanding surface contamination helps compare standard decontamination methods and how laser technology differentiates from traditional approaches.
